Excitation of a rectangular resonator through communication windows in the conveyor installation of microwave heating

Abstract Based on the excitation theory of L.A. Vainstein obtained simple and convenient iterative relations for a resonator in form rectangular parallelepiped with dielectric layer through several coupling windows its walls. Theexpansion field terms complete system solenoidal functions is used. Solenoidality due to fact that electric fields openings waveguides walls, fed coaxial-waveguide transitions, are tangent boundaries heated layer. Simple formulas expansion coefficients calculation obtained. It solve implicit iteratively; this case, it possible take into account both linear nonlinear dielectric, permittivity which depends square field. The algorithm implemented simulate conveyor installation microwave heating. modify by introducing potential basic subsystems case modeling complex inclusions. results suitable other inclusions, as well problems when using volumetric given sources instead surface ones. For windows, power entering calculated basis Poynting vector.